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PHP computing festival, solar term, and agricultural calendar Interchange Code

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PHP computing festival, solar term, and agricultural calendar Interchange Code

  2. /*
  3. * Lunar holidays
  4. * Edit: bbs.it-home.org
  5. */
  7. Class Lunar {
  8. Var $ MIN_YEAR = 1891;
  9. Var $ MAX_YEAR = 2100;
  10. Var $ lunarInfo = array (
  11. Array (,), array, 13,59728 ),
  12. Array (,), array (), array, 8, 42352 ),
  13. Array (,), array, 2, 32 ),
  14. Array (,), array, 26,54568 ),
  15. Array (,), array, 20,18800 ),
  16. Array (,), array, 13,11104 ),
  17. Array (,), array, 6 ),
  18. Array (,), array, 31,51560 ),
  19. Array (,), array (, 1, 25,43736 ),
  20. Array (,), array, 17,27808 ),
  21. Array (,), array, 12,21168 ),
  22. Array (,), array, 5, 19296 ),
  23. Array (,), array, 30,23208 ),
  24. Array (,), array, 23,53864 ),
  25. Array (,), array, 16,38320 ),
  26. Array (,), array, 9,27968 ),
  27. Array (,), array, 4,25776 ),
  28. Array (,), array, 28,37736 ),
  29. Array (,), array, 22,23208 ),
  30. Array (,), array, 14,43344 ),
  31. Array (,), array, 8, 16 ),
  32. Array (,), array, 1, 44368 ),
  33. Array (,), array, 26,59696 ),
  34. Array (,), array, 19,19152 ),
  35. Array (,), array, 12,46496 ),
  36. Array (, rows), array, 6 ),
  37. Array (,), array, 1, 18808 ),
  38. Array (,), array, 24,43872 ),
  39. Array (,), array, 17,54432 ),
  40. Array (,), array, 11,21200 ),
  41. Array (,), array (), array, 5, 21920 ),
  42. Array (, 24, 48), array (, 12,), array (,), array, 29,29336 ),
  43. Array (,), array, 24,21104 ),
  44. Array (,), array, 15,22133 ),
  45. Array (,), array, 9,54560)
  46. );
  47. /**
  48. * Convert a solar calendar to a lunar calendar
  49. * @ Param year-year
  50. * @ Param month: Calendar-month
  51. * @ Param date: calendar-day
  52. */
  53. Function convertSolarToLunar ($ year, $ month, $ date ){
  54. // Debugger;
  55. $ YearData = $ this-> lunarInfo [$ year-$ this-> MIN_YEAR];
  56. If ($ year = $ this-> MIN_YEAR & $ month <= 2 & $ date <= 9 ){
  57. Return array (1891, 'August 11', '1st 1', 'sinmao ', lunar January, 'rabbit ');
  58. }
  59. Return $ this-> getLunarByBetween ($ year, $ this-> getDaysBetweenSolar ($ year, $ month, $ date, $ yearData [1], $ yearData [2]);
  60. }
  62. Function convertSolarMonthToLunar ($ year, $ month ){
  63. $ YearData = $ this-> lunarInfo [$ year-$ this-> MIN_YEAR];
  64. If ($ year = $ this-> MIN_YEAR & $ month <= 2 & $ date <= 9 ){
  65. Return array (1891, 'August 11', '1st 1', 'sinmao ', lunar January, 'rabbit ');
  66. }
  67. $ Month_days_ary = array (31, 28, 31, 30, 31, 30, 31, 31, 30, 31 );
  68. $ Dd = $ month_days_ary [$ month];
  69. If ($ this-> isLeapYear ($ year) & $ month = 2) $ dd ++;
  70. $ Lunar_ary = array ();
  71. For ($ I = 1; $ I <$ dd; $ I ++ ){
  72. $ Array = $ this-> getLunarByBetween ($ year, $ this-> getDaysBetweenSolar ($ year, $ month, $ I, $ yearData [1], $ yearData [2]);
  73. $ Array [] = $ year. '-'. $ month. '-'. $ I;
  74. $ Lunar_ary [$ I] = $ array;
  75. }
  76. Return $ lunar_ary;
  77. }
  78. /**
  79. * Convert a calendar to a calendar
  80. * @ Param year: lunar calendar-year
  81. * @ Param month: lunar calendar-month, leap month processing: for example, if the current year expires on January 1, then the second month will be transferred on January 1, which is equivalent to 13 months in the calendar, sometimes the number of days in the first month is 0.
  82. * @ Param date: Day
  83. */
  84. Function convertLunarToSolar ($ year, $ month, $ date ){
  85. $ YearData = $ this-> lunarInfo [$ year-$ this-> MIN_YEAR];
  86. $ Between = $ this-> getDaysBetweenLunar ($ year, $ month, $ date );
  87. $ Res = mktime (0, 0, 0, $ yearData [1], $ yearData [2], $ year );
  88. $ Res = date ('Y-m-D', $ res + $ between * 24*60*60 );
  89. $ Day = explode ('-', $ res );
  90. $ Year = $ day [0];
  91. $ Month = $ day [1];
  92. $ Day = $ day [2];
  93. Return array ($ year, $ month, $ day );
  94. }
  95. /**
  96. * Determines whether a leap year is used.
  97. * @ Param year
  98. */
  99. Function isLeapYear ($ year ){
  100. Return ($ year % 4 = 0 & $ year % 100! = 0) | ($ year % 400 = 0 ));
  101. }
  102. /**
  103. * Obtain the credit year
  104. * @ Param year
  105. */
  106. Function getLunarYearName ($ year ){
  107. $ Sky = array ('geng', 'sin', 'hangzhou', 'cap', 'A', 'B', 'Bing', 'ding ', 'pente', 'Ji ');
  108. $ Earth = array ('shen', 'uni', 'Shanghai', 'sub', 'Ugly ', 'yin', 'Mao ', 'Chen ', 'Si', 'Wu ', 'Wei ');
  109. $ Year = $ year .'';
  110. Return $ sky [$ year {3}]. $ earth [$ year % 12];
  111. }
  112. /**
  113. * Obtain the Chinese zodiac based on the lunar calendar year
  114. * @ Param year: lunar calendar year
  115. */
  116. Function getYearZodiac ($ year ){
  117. $ Zodiac = array ('Monkey ', 'Chicken', 'dog', 'pig', 'Rat ', 'ox', 'Tiger ', 'rabbit ', 'Long', 'Snake ', 'ma', 'Yang ');
  118. Return $ zodiac [$ year % 12];
  119. }
  120. /**
  121. * Obtain the number of days of the calendar month.
  122. * @ Param year: year
  123. * @ Param month: Calendar-month
  124. */
  125. Function getSolarMonthDays ($ year, $ month ){
  126. $ MonthHash = array ('1' => 31, '2' => $ this-> isLeapYear ($ year )? 29:28, '3' => 31, '4' => 30, '5' => 31, '6' => 30, '7' => 31, '8' => 31, '9' => 30, '10' => 31, '11' => 30, '12' => 31 );
  127. Return $ monthHash ["$ month"];
  128. }
  129. /**
  130. * Obtain the number of days in the calendar month.
  131. * @ Param year: lunar calendar-year
  132. * @ Param month: lunar calendar-month, starting from January 1, January
  133. */
  134. Function getLunarMonthDays ($ year, $ month ){
  135. $ MonthData = $ this-> getLunarMonths ($ year );
  136. Return $ monthData [$ month-1];
  137. }
  138. /**
  139. * Obtain the array of the number of days of the calendar month
  140. * @ Param year
  141. */
  142. Function getLunarMonths ($ year ){
  143. $ YearData = $ this-> lunarInfo [$ year-$ this-> MIN_YEAR];
  144. $ LeapMonth = $ yearData [0];
  145. $ Bit = decbin ($ yearData [3]);
  146. For ($ I = 0; $ I <strlen ($ bit); $ I ++ ){
  147. $ BitArray [$ I] = substr ($ bit, $ I, 1 );
  148. }
  149. For ($ k = 0, $ klen = 16-count ($ bitArray); $ k <$ klen; $ k ++ ){
  150. Array_unshift ($ bitArray, '0 ');
  151. }
  152. $ BitArray = array_slice ($ bitArray, 0, ($ leapMonth = 0? 12: 13 ));
  153. For ($ I = 0; $ I $ BitArray [$ I] = $ bitArray [$ I] + 29;
  154. }
  155. Return $ bitArray;
  156. }
  157. /**
  158. * Obtain the number of days of the lunar calendar year
  159. * @ Param year: lunar year
  160. */
  161. Function getLunarYearDays ($ year ){
  162. $ YearData = $ this-> lunarInfo [$ year-$ this-> MIN_YEAR];
  163. $ MonthArray = $ this-> getLunarYearMonths ($ year );
  164. $ Len = count ($ monthArray );
  165. Return ($ monthArray [$ len-1] = 0? $ MonthArray [$ len-2]: $ monthArray [$ len-1]);
  166. }
  167. Function getLunarYearMonths ($ year ){
  168. // Debugger;
  169. $ MonthData = $ this-> getLunarMonths ($ year );
  170. $ Res = array ();
  171. $ Temp = 0;
  172. $ YearData = $ this-> lunarInfo [$ year-$ this-> MIN_YEAR];
  173. $ Len = ($ yearData [0] = 0? 12: 13 );
  174. For ($ I = 0; $ I <$ len; $ I ++ ){
  175. $ Temp = 0;
  176. For ($ j = 0; $ j <= $ I; $ j ++ ){
  177. $ Temp + = $ monthData [$ j];
  178. }
  179. Array_push ($ res, $ temp );
  180. }
  181. Return $ res;
  182. }
  183. /**
  184. * Obtain a leap month
  185. * @ Param year indicates the year of the lunar calendar.
  186. */
  187. Function getLeapMonth ($ year ){
  188. $ YearData = $ this-> lunarInfo [$ year-$ this-> MIN_YEAR];
  189. Return $ yearData [0];
  190. }
  191. /**
  192. * Calculate the number of days between the lunar calendar date and January 1, lunar January 1.
  193. * @ Param year
  194. * @ Param month
  195. * @ Param date
  196. */
  197. Function getDaysBetweenLunar ($ year, $ month, $ date ){
  198. $ YearMonth = $ this-> getLunarMonths ($ year );
  199. $ Res = 0;
  200. For ($ I = 1; $ I <$ month; $ I ++ ){
  201. $ Res + = $ yearMonth [$ i-1];
  202. }
  203. $ Res + = $ date-1;
  204. Return $ res;
  205. }
  206. /**
  207. * Calculate the number of days between two calendar dates.
  208. * @ Param year
  209. * @ Param cmonth
  210. * @ Param cdate
  211. * @ Param dmonth: the calendar month corresponding to January 1, lunar January
  212. * @ Param ddate the number of calendar days corresponding to the first day of the lunar calendar
  213. */
  214. Function getDaysBetweenSolar ($ year, $ cmonth, $ cdate, $ dmonth, $ ddate ){
  215. $ A = mktime (0, 0, 0, $ cmonth, $ cdate, $ year );
  216. $ B = mktime (0, 0, 0, $ dmonth, $ ddate, $ year );
  217. Return ceil ($ a-$ B)/24/3600 );
  218. }
  219. /**
  220. * Calculate the calendar date based on the number of days from January 1, lunar January 1.
  221. * @ Param year
  222. * @ Param between number of days
  223. */
  224. Function getLunarByBetween ($ year, $ ){
  225. // Debugger;
  226. $ LunarArray = array ();
  227. $ YearMonth = array ();
  228. $ T = 0;
  229. $ E = 0;
  230. $ LeapMonth = 0;
  231. $ M = '';
  232. If ($ between = 0 ){
  233. Array_push ($ lunarArray, $ year, 'October 11', '1st year ');
  234. $ T = 1;
  235. $ E = 1;
  236. } Else {
  237. $ Year = $ between> 0? $ Year: ($ year-1 );
  238. $ YearMonth = $ this-> getLunarYearMonths ($ year );
  239. $ LeapMonth = $ this-> getLeapMonth ($ year );
  240. $ Between = $ between> 0? $ Between: ($ this-> getLunarYearDays ($ year) + $ );
  241. For ($ I = 0; $ I <13; $ I ++ ){
  242. If ($ between = $ yearMonth [$ I]) {
  243. $ T = $ I + 2;
  244. $ E = 1;
  245. Break;
  246. } Else if ($ between <$ yearMonth [$ I]) {
  247. $ T = $ I + 1;
  248. $ E = $ between-(emptyempty ($ yearMonth [$ i-1])? 0: $ yearMonth [$ i-1]) + 1;
  249. Break;
  250. }
  251. }
  252. $ M = ($ leapMonth! = 0 & $ t = $ leapMonth + 1 )? ('Authorization'. $ this-> getCapitalNum ($ t-1, true): $ this-> getCapitalNum ($ leapMonth! = 0 & $ leapMonth + 1 <$ t? ($ T-1): $ t), true );
  253. Array_push ($ lunarArray, $ year, $ m, $ this-> getCapitalNum ($ e, false ));
  254. }
  255. Array_push ($ lunarArray, $ this-> getLunarYearName ($ year); // daily support
  256. Array_push ($ lunarArray, $ t, $ e );
  257. Array_push ($ lunarArray, $ this-> getYearZodiac ($ year); // 12 Zodiac
  258. Array_push ($ lunarArray, $ leapMonth); // months of renewal
  259. Return $ lunarArray;
  260. }
  261. /**
  262. * Obtain the calendar name of a number
  263. * @ Param num number
  264. * @ Param isMonth is the number of the month
  265. */
  266. Function getCapitalNum ($ num, $ isMonth ){
  267. $ IsMonth = $ isMonth | false;
  268. $ DateHash = array ('0' => '', '1' => '1', '2' => '2', '3' => '3 ', '4' => '4', '5' => '5', '6' => '6', '7' => '7 ', '8' => '8', '9' => '9', '10' => '10 ');
  269. $ MonthHash = array ('0' => '', '1' => '20180101', '2' => '20180101', '3' => '20180101 ', '4' => 'August 11', '5' => 'August 11', '6' => 'August 11', '7' => 'August 11 ', '8' => 'August 11', '9' => 'August 11', '10' => 'August 11', '11' => 'August 11 ', '12' => 'August 11 ');
  270. $ Res = '';
  271. If ($ isMonth ){
  272. $ Res = $ monthHash [$ num];
  273. } Else {
  274. If ($ num <= 10 ){
  275. $ Res = 'chu'. $ dateHash [$ num];
  276. } Else if ($ num> 10 & $ num <20 ){
  277. $ Res = '10'. $ dateHash [$ num-10];
  278. } Else if ($ num = 20 ){
  279. $ Res = "20 ";
  280. } Else if ($ num> 20 & $ num <30 ){
  281. $ Res = "logs". $ dateHash [$ num-20];
  282. } Else if ($ num = 30 ){
  283. $ Res = "thirty ";
  284. }
  285. }
  286. Return $ res;
  287. }
  289. /*
  290. * Common solar saving algorithm
  291. */
  292. Function getJieQi ($ _ year, $ month, $ day)
  293. {
  294. $ Year = substr ($ _ year,-2) + 0;
  295. $ Coefficient = array (
  296. Array (5.4055, 2019,-1), // small cold
  297. Array (20.12, 2082,1), // Dahan
  298. Array (3.87), // Spring
  299. Array (18.74, 2026,-1), // rain
  300. Array (5.63), // stunned
  301. Array (20.646,), // Spring Equinox
  302. Array (4.81), // Qingming
  303. Array (20.1), // Grain Rain
  304. Array (5.52,), // Summer
  305. Array (21.04,), // fill
  306. Array (5.678,), // Mountain
  307. Array (21.37,), // Summer Solstice
  308. Array (7.108,), // slight heat
  309. Array (22.83,), // Large heat
  310. Array (7.5,), // Liqiu
  311. Array (23.13), // heatmap
  312. Array (7.646,), // White Dew
  313. Array (23.042,), // Autumn score
  314. Array (8.318), // Cold Dew
  315. Array (23.438, 1), // Frost
  316. Array (7.438, 1), // early winter
  317. Array (22.36,), // Light Snow
  318. Array (7.18,), // heavy snow
  319. Array (21.94, 2021,-1) // Winter Solstice
  320. );
  321. $ Term_name = array (
  322. "Xiao Han", "Da Han", "Li Chun", "Rain", "Jing Zhe", "Spring Equinox", "Qingming Festival", "Gu Yu ",
  323. "Summer", "Summer full", "mountain", "Summer Solstice", "Summer Heat", "Summer Heat", "Autumn", "Summer Heat ",
  324. "White Dew", "Autumn Equinox", "Cold Dew", "Frost fall", "Winter", "light snow", "heavy snow", "Winter Solstice ");
  326. $ Idx1 = ($ month-1) * 2;
  327. $ _ Leap_value = floor ($ year-1)/4 );
  329. $ Day1 = floor ($ year * 0.2422 + $ coefficient [$ idx1] [0])-$ _ leap_value;
  330. If (isset ($ coefficient [$ idx1] [1]) & $ coefficient [$ idx1] [1] ==$ _ year)
  331. {
  332. $ Day1 + = $ coefficient [$ idx1] [2];
  333. }
  334. $ Day2 = floor ($ year * 0.2422 + $ coefficient [$ idx1 + 1] [0])-$ _ leap_value;
  335. If (isset ($ coefficient [$ idx1 + 1] [1]) & $ coefficient [$ idx1 + 1] [1] === _ year)
  336. {
  337. $ Day1 + = $ coefficient [$ idx1 + 1] [2];
  338. }
  339. // Echo _ FILE _. '->'. _ LINE _. '$ day1 ='. $ day1, ', $ day2 ='. $ day2 .'
    '. Chr (10 );
  340. If ($ day = $ day1) return $ term_name [$ idx1];
  341. If ($ day = $ day2) return $ term_name [$ idx1 + 1];
  342. Return '';
  343. }
  345. /*
  346. * Get a holiday: This function can only be modified for special holidays.
  347. */
  348. Function getFestival ($ today, $ nl_info = false, $ config = 1)
  349. {
  350. If ($ config = 1)
  351. {
  352. $ Arr_lunar = array ('01-01 '=> 'Spring Festival', '01-15' => 'Lantern festival ', '02-02' => 'August 11 ', '05-05 '=> 'Dragon Boat festival', '07-07 '=> 'qixi festival', '08-15' => 'mid-autumn festival ', '09-09' => 'chongyang festival ', '12-08' => 'labarba', '12-23' => 'year ');
  353. $ Arr_solar = array ('01-01 '=> 'New Year', '02-14' => 'Valentine's Day', '03-12' => 'arbor day ', '04-01' => 'yue', '05-01 '=> 'Labor Day', '06-01' => 'Children's Day ', '10-01' => 'national day', '10-31' => 'Halloween ', '12-24' => 'Christmas Eve ', '12-25' => 'Christmas ');
  354. } // For different festivals, use different $ config and configure $ arr_lunar and $ arr_solar.
  356. $ Festivals = array ();
  358. List ($ y, $ m, $ d) = explode ('-', $ today );
  359. If (! $ Nl_info) $ nl_info = $ this-> convertSolarToLunar ($ y, intval ($ m), intval ($ d ));
  361. If ($ nl_info [7]> 0 & $ nl_info [7] <$ nl_info [4]) $ nl_info [4]-= 1;
  362. $ Md_lunar = substr ('0'. $ nl_info [4],-2). '-'. substr ('0'. $ nl_info [5],-2 );
  363. $ Md_solar = substr_replace ($ today, '', 0, 5 );
  365. Isset ($ arr_lunar [$ md_lunar])? Array_push ($ festivals, $ arr_lunar [$ md_lunar]): '';
  366. Isset ($ arr_solar [$ md_solar])? Array_push ($ festivals, $ arr_solar [$ md_solar]): '';
  368. $ Glweek = date ("w", strtotime ($ today); // 0-6
  370. If ($ m = 5 & ($ d> 7) & ($ d <15) & ($ glweek = 0) array_push ($ festivals, "Mother's Day ");
  371. If ($ m = 6 & ($ d> 14) & ($ d <22) & ($ glweek = 0) array_push ($ festivals, "Father's Day ");
  373. $ Jieqi = $ this-> getJieQi ($ y, $ m, $ d );
  374. If ($ jieqi) array_push ($ festivals, $ jieqi );
  375. Return implode ('/', $ festivals );
  376. }
  377. }
  378. Header ("Content-Type: text/html; charset = utf-8 ");
  379. $ Lunar = new Lunar ();//
  380. $ Month = $ lunar-> convertSolarToLunar (, 08); // converts a calendar to a calendar
  381. Echo'
    ';
  382. print_r($month);

Print result:

Array ([0] => 2013 [1] => May [2] => thirty [3] => Si [4] => 5 [5] => 30 [6] => snake [7] => 0)

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